The Bush Administration will soon introduce much-needed reforms of the New Source Review (NSR) program. NSR, adopted in 1977 in an amendment to the Clean Air Act (CAA), was intended to regulate air pollution from new "sources" by requiring newly constructed facilities and old facilities undergoing "major modifications" to go through extensive permitting requirements and to install top-technological pollution control equipment.1 But since 1996, the Environmental Protection Agency (EPA) has applied a new and extreme interpretation of the law, subjecting old and existing plants to the stringent NSR rules in cases where the modifications were not significant and where they had actually improved the safety of operations, increased energy efficiency, or reduced the emissions of the regulated air pollutants.
Congress intended the New Source Review program to target plants that were built after 1977; it exempted older ones, unless companies made extensive physical modifications to them. Congress recognized when it enacted the program that to require existing plants to be retrofitted with the most up-to-date technological emissions controls would be an extreme, prohibitively costly, and unnecessary burden on industry.3 Congress also recognized that it is "cheaper to install control technologies" at the time a plant is being constructed or extensively modified than "to retrofit old units."3 It therefore intended that existing plants would be subjected to NSR at the time they underwent "major modifications," defined under NSR as "any physical change or change in the method of operation of a major stationary source that would result in a significant net emissions increase of any pollutant subject to regulation under CAA."4 Activities of old plants that were not "major modifications," such as "routine maintenance, repair, and replacement," did not fall under the modification rule and therefore did not trigger NSR.5
Despite Congress's intent, the Clinton Administration expanded the NSR program by making it applicable to existing facilities that make efficiency or operational improvements, even if the changes are routine and regardless of whether or not those activities actually increase emissions. Under the EPA's reinterpretation of the law, existing facilities that improve their capacity, efficiency, or even the safety of their operations would now fall under NSR's costly and exhaustive modification requirements. The direct result has been to discourage energy-efficient modification and the safety of plant operations.
The new interpretation imposes enormous costs on businesses that in turn will produce significant unintended economic consequences. Essentially, under this new interpretation, any changes that improve a facility's operation could be considered a major modification that would require the company to go through a lengthy, comprehensive permit application process and then to retrofit the plant with new top-technological pollution control equipment. It would have to go through this process at each plant for almost any modification made, impeding its ability to respond quickly to changes in consumer demand.
The two sectors most affected by these changes are electric utilities and refineries--the industries upon which the United States relies most heavily for its day-to-day energy and fuel supply. Widespread application of the NSR requirements could threaten the nation's power and fuel supply severely by discouraging companies from upgrading and modernizing--and even making routine changes in--their plants. Major disruptions in energy supply would be particularly harmful to the elderly, infirm, and other more vulnerable segments of the population whose well-being is directly tied to reliable sources of power. Moreover, the extreme interpretation is likely to cause air quality to deteriorate--exactly the opposite of the intended result--if companies are discouraged from making technological improvements in their facilities, particularly those that reduce air emissions.
The Bush Administration's restructuring of NSR is not expected to roll back regulations on industrial air emissions. Plants would still be required to install state-of-the-art pollution controls if they exceeded a predetermined facility-wide emissions cap.6 But the Administration is expected to change the perverse NSR incentive structure that discourages companies from upgrading and improving the operation of their plants. Furthermore, the new rule is expected to clarify the law's definition of "major modification" and "routine maintenance"--currently the primary source of confusion and disagreement over what plant activities trigger NSR. Finally, the Administration's plan is expected to simplify the program itself, a crucial and needed change to improve the NSR program.
The Administration, working with Congress, clearly should reform NSR to end its perverse incentive structure, which discourages efficiency, safety, and environmental improvements in affected industries. To ensure that facilities do not increase air pollution as they expand or rebuild, the government should require facilities to meet an overall emissions cap after a fixed amount of time, rather than at the time a modification is made. Other market incentives should be introduced over time, such as allowing facilities to trade credits on emissions. Such an incentive-based approach relies on flexibility and accountability, not punitive and economically costly measures, to further America's goal of reducing air pollution.
Over the past two decades, the EPA has issued thousands of pages of guidance documents and memos on the New Source Review provisions in law. But rather than clarify which activities fall under NSR's requirements, these promulgations have caused enormous confusion and consternation among the industries affected.7 In 1988, a legal case involving the Wisconsin Electric Power Company (WEPCo) attempted to force the EPA to clarify what types of plant improvements or changes would activate NSR, and to clarify the law's intent.
Wisconsin Electric submitted a proposal to the EPA in 1988 to replace deteriorating steam drums, air heaters, and other worn machinery at five old units within its Port Washington generating plant. WEPCo believed that because these modifications were being made to old (pre-1977) plants and involved the replacement of old equipment--"routine maintenance, repair, and replacement" rather than major modifications--the plant would be exempt from the New Source Review requirements.
But the EPA released an administrative decision that WEPCo's activities would extend the life of the plant, and therefore were nonroutine and fell under New Source Review requirements for pollution-control technology upgrades. According to the agency, it had arrived at a "commonsense finding" by "weighing the nature, extent, purpose, frequency, and cost of the work, as well as other relevant factors."8 Among its considerations, in addition to the cost of the project, were (1) that replacements included "numerous major components," (2) that WEPCo's intentions were to extend the plant's life beyond its initial retirement date, and (3) that the project was "highly unusual, if not unprecedented."9
Significantly, the EPA also determined that WEPCo was making "major modifications" based on projected future emissions, since NSR requirements apply if major modifications result in "a significant net emissions increase."10 But in this case, the EPA altered the way it measured future emissions. Previously, it had measured the change by comparing actual emissions before installation to predicted actual emissions after installation--an "actual-to-future-actual" test, as stipulated under law by the modification rule.11
In WEPCo's case, however, the EPA measured the plant's "potential to emit" after installation--that is, it estimated the largest amount that the plant could possibly emit, assuming the modification would result in maximum operation 24 hours a day, 365 days a year--rather than measuring predicted future emissions from actual emissions records. The EPA's assumption was that a source undergoing nonroutine modifications had not yet begun normal operations. In other words, the agency had applied an assumption of maximum emission increases based on an assumption of future full operation.
WEPCo believed this was a gross misrepresentation of the plant's change in emissions. Other companies were equally concerned about this new definition and what it could mean for their activities that, under the traditional definition, did not increase emissions. Even the EPA had observed in an earlier document that a "potential" emissions level is "considerably higher than what it is actually emitting."12 In fact, under this new definition, any modification would show an increase in emissions, even if there were no actual increase in pollution, due to an assumption of increased productivity. Such a change in the method of measuring emissions would trigger stringent NSR requirements for any stationary source making modifications to improve plant operational efficiency, no matter how small.
Against "Actual-to-Potential" Test.
WEPCo appealed the EPA's decision, and the case went before the federal Seventh Circuit Court of Appeals. In 1990, the court ruled that because WEPCo's activities were both "massive" and "unprecedented," they were in fact "nonroutine."13 Of particular significance, however, the court also ruled against the EPA, stating that WEPCo was not subject to NSR's modification rule. It found that the agency's test using the "potential to emit"--also called the "actual-to-potential" test--did not follow existing law, and it was not clear that the plant would increase actual emissions as a result of renovations, even though its activities were nonroutine. The judge wrote that if the EPA so wished, it could change its definition of "major modification" under the rulemaking process. But under the law as currently written, the EPA was unlawfully changing its method of measuring future emissions.14
Following the court's ruling, the EPA sought to appease concerns--both within the affected industries and at the U.S. Department of Energy (DOE)--that old power generating plants universally could be subjected to EPA's new application of "life extension projects" if they replaced old equipment, since the court had concurred with the EPA that WEPCo's activities were "nonroutine." The DOE, in particular, was concerned over the reliability and cost-efficiency of electricity service, since the new application could seriously discourage utilities from refurbishing antiquated equipment.15 But the EPA assured officials that WEPCo was an unusual case and did not apply to facilities' "life extension projects" per se. According to the EPA (as reported by the U.S. General Accounting Office), "WEPCo's life extension project is not typical of the majority of utilities' life extension projects, and concerns that the agency will broadly apply the ruling it applied to WEPCo's project are unfounded."16
Effectively Codifies "Actual-to-Actual" Test.
In 1992, the EPA codified the "actual-to-actual" test as the proper means of measuring emission changes for nonroutine modifications, rather than the "actual-to-potential" test. Called the "WEPCo Rule," it intended to clarify what specific activities trigger NSR and the proper way to measure projected emissions.
The EPA established in the WEPCo Rule's preamble that an existing plant that, responding to market forces, increases production or hours of operation and in the process increases its net emissions should not be subjected to the modification rule. The agency acknowledged that it "in no way intends to discourage [routine] physical or operational changes that increase efficiency or reliability or lower operating costs, or improve other operational characteristics of the unit," and that Congress "obviously did not intend to make every activity at a source subject to new source requirements."17
Though the EPA's WEPCo Rule in many ways clarified and codified which activities would trigger the NSR modification rule and which would not, its WEPCo administrative decision had nonetheless caused enormous confusion, as many stationary source companies feared that actions to improve or upgrade their plants would fall under NSR.
addition to confusing industry, the NSR program had gained the
reputation of being excessively burdensome, complex, unfair, and
ineffective. Although the initial NSR ruling is only 20 pages long,
the EPA has released over 4,000 pages of guidance documents and
memos that detail and revise the requirements. In many cases, the
newer documents contradict the earlier guidance text, compounding
Another serious problem has been the amount of time it takes the EPA to process a pre-construction permit--on average, 18 months19 --even though the agency is required by statute to issue a permit within 12 months of application.20 Such delays severely hurt industries and restrict competition, particularly among those with time-sensitive products.
EPA officials first promised to reduce the confusion and streamline the review process as far back as 1991.21 The following year, the agency created the NSR Reform Subcommittee comprised of agency officials, industry representatives, environmental groups, and state and local government officials "for the purpose of making recommendations on improving NSR."22 Statements of commitment to reform NSR intensified in the early 1990s; acknowledging that "the rules seem to work against the purpose of why they were established,"23 new EPA officials promised "to examine ways to simplify and streamline the NSR process...to reduce chances of legal challenge, and enhance the ability of EPA and state and local governments to achieve effective implementation of the Act."24
In the summer of 1995, following five years of review, meetings, and testimony, the EPA outlined its recommendations for reforming NSR. These included:25
- A flexible permit structure to enable plants "to operate without changes to its permit as long as the plant's emissions do not exceed a cap."
- Exemptions for plants that undertake pollution control and prevention projects "as long as it is `environmentally beneficial' and will not cause or contribute to [Clean Air Act violations]."
- Elimination of penalties against plants that practice failed good-faith efforts.
- Reduction in delays and disputes over permits.
Despite the stated commitment of the EPA under President Clinton to "simplify and streamline" the New Source Review program, the agency took a very different approach. In fact, between 1996 and 2000, the agency issued new proposed rules that failed to improve the current program and, worse, assumed a broad new interpretation of the law, bringing any activity that improves a plant's efficiency under the requirements of the modification rule. Even more troubling, the EPA changed existing law without following the required rulemaking process to receive public comment and seek congressional approval.
The EPA's 1995 recommendations led to the release in the summer of 1996 of a new Notice for Proposed Rulemaking that recommended significant changes in the 1977 NSR rule.26 Its stated goal was "to reduce costs and regulatory burdens" without sacrificing air quality as stipulated under the Clean Air Act.27 The EPA released its proposed rule, stating the following key objectives:28
- Reducing the number and size of plants' activities subjected to NSR.
- Giving states greater flexibility to design their own programs for meeting NSR requirements.
- Exempting "clean"29 facilities from NSR requirements.
- Qualifying pollution prevention programs for exemption from NSR requirements.
- Streamlining the NSR permitting process.
Buried within the 1996 proposal's recommendations to "streamline" and "reduce costs," however, was EPA's direct reinterpretation of existing law. Specifically, the rule stated that under existing law the EPA was not required to use the "actual-to-future-actual" method of measuring future emissions for plants that are not electric utility steam generating units. This contradicted both the WEPCo decision's statement of law and the agency's 1992 WEPCo Rule.
In the 1990 WEPCo court decision, the judge ruled that in situations in which a facility has an established history of operation, a projection of after-change emissions should be used, as opposed to the broad "potential to emit."30 The court did not limit this application to utilities. The relevant stipulation for the court is whether or not the facility had "begun normal operations."31 In other words, unlike a newly constructed plant that has no emissions history, a plant that already exists "has begun normal operations," and so has an emissions history; the "actual-to-actual" test is adequate, therefore, and should be used.32 Even more relevant is the EPA's clarification in the WEPCo Rule that while "Puerto Rican Cement involved a cement plant, not an electric utility...the court's legal analysis of the phrase 'begun normal operations' in the current regulations is relevant to all facilities."33
The EPA's 1996 proposal laid the groundwork for a 1998 proposed rule, which it introduced via a "Notice of Availability." Like the 1996 proposal, this notice greatly changed existing interpretation of the law and of the intent of Congress in enacting the NSR. Specifically, the EPA changed completely the statute's definition of "modification," creating a new assumption that any change in an existing unit will result in future annual emissions and therefore will fall under NSR requirements. This reinterpretation of the modification rule significantly expanded the circumstances under which an existing facility would be subject to the cumbersome and costly requirements of NSR.
- Reinterpreting the rule's prohibition on the "actual-to-potential" test as applying only to electric generating plants. In 1998, the EPA again reinterpreted the WEPCo Rule by stating that projected emissions for nonroutine activities should be determined by the "actual-to-potential" test unless the facility is an electric utility generating plant.34
the rule's "demand growth exclusion" as applying only to utilities,
not other stationary sources. The "demand growth
exclusion" in the WEPCo Rule states that existing facilities that
make nonroutine modifications in response to market demand (i.e.,
to improve efficiency, increase production, extend hours of
operation, etc. in response to market forces) should not be held to
the "actual-to-potential test" in calculating future
emissions.35 This provision applies to all existing stationary sources, not just utilities. The reasoning behind the rule is that Congress did not intend to apply restrictive regulations to industry for improving efficiency or plant operation. That is, emission projections should be based on actual modifications, not on increased productivity or efficiency.
To make this intention clear, the EPA included in the 1992 WEPCo Rule's preamble that it "declines to create a presumption that every emissions increase that follows a change in efficiency is inextricably linked to the efficiency change."36 It did not limit this clarification to utilities. Yet the 1998 proposed rule directly reinterpreted this provision, stating that the demand growth exclusion applies only to utilities, not to plants in other industrial categories.
- Determining that
utility facilities as well as non-utilities should not use the
demand growth exclusion. The EPA stated in the 1998
proposed rule that it disagreed with the WEPCo Rule's decision to
exempt demand growth as a factor in calculating future emissions
for utilities. According to the EPA, since sources generally make
nonroutine changes "in order to increase reliability, lower
operating costs, or improve operational characteristics of the
unit," emissions resulting from these efficiencies should not be
excluded in projections simply because facilities are responding to
market demand.37 In other words, improving
the reliability (to avoid unplanned outages) and efficiency (to
reduce emissions per unit of output) of a plant increases emissions
and therefore should be counted.
But the EPA had recognized in the past that this was not Congress's intent. As it acknowledged in the WEPCo Rule, "[Congress] did not intend to make every activity at a source subject to new source requirements," and the EPA "in no way intends to discourage physical or operational changes that increase efficiency or reliability or lower operational costs, or improve other operational characteristics of the unit."38 Similarly, in another guidance document, the EPA alluded to the importance of avoiding activities that would "unduly hamper the ability of any company to take advantage of favorable market conditions."39
Despite the direct change in its application of the modification rule, the EPA sought public comment only on the "streamlining" recommendations. It failed to seek comment or to follow any of the procedures required in the rulemaking process for changes in the reading of existing law.40 The agency maintained that there is no need for notice and comment or congressional review because, rather than changing the interpretation of the law, it is simply acting under the existing provisions of the Clean Air Act.41
In 1999, the EPA began an enforcement initiative against industries for activities that they conducted within the prior two decades but which it now believed violate NSR requirements. Without statutory authorization, it applied a new and more stringent interpretation of NSR to penalize plants for improvements that increase operational efficiency and reliability, regardless of whether those activities increase emissions of regulated pollutants.
On November 3, 1999, the U.S. Department of Justice, on behalf of the EPA, filed a multibillion-dollar lawsuit against seven investor-owned utility companies42 and issued an Administrative Compliance Order against the federally owned Tennessee Valley Authority (TVA) for alleged NSR violations at 24 coal-fired plants. An additional eight plants received a Notice of Violation. The EPA's Office of Enforcement and Compliance Assurance claimed that these plants had undergone "major modifications" to enhance capacity without obtaining the required NSR permit or installing the required emission controls. In the compliance action, the EPA required the eight companies to install costly NSR-required pollution control technology immediately or face being shut down. The agency is seeking as much as $27,500 per day in civil penalties for each alleged violation, going back as far as 15 to 20 years for some of these companies.43
The utilities maintain that their activities--such as replacing aging boiler tubes, furnace ash hoppers, superheaters, and other components of electricity generation, and making standard repairs to deteriorating equipment--should not trigger NSR because they are not "major modifications." Rather, they constitute routine maintenance and repairs--activities that are exempt from NSR requirements44 and necessary for ensuring the reliability, safety, and efficiency of plant operations.45 They argue that they have been making such modifications for over two decades with EPA's knowledge and approval, and that EPA is revising the rules to penalize them retroactively. In some instances, the activities named in the suit had been approved by federal or state regulators--such as the approval given by federal regulators at Cinergy Corporation's Beckjord, Ohio, plant for the same maintenance projects cited in the lawsuit.46
For decades, the EPA had allowed facilities in all industries to undertake thousands of repair and replacement projects to maintain operations at design levels without suggesting that these commonplace projects would trigger NSR.47 Indeed, since the inception of the routine exclusion, only a small number of projects in any of the many industries subject to Clean Air Act provisions qualified as nonroutine repair or replacement.48 Moreover, as noted above, on a number of instances, such as the WEPCo Rule, the EPA tried to assure industry that existing plants were in compliance. In 1996, the Director of the EPA's Office of Air Quality Planning, John Seitz, even wrote to Senator Robert C. Byrd (D-WV) to explain that "[t]o date, no existing unit has become subject to the...modification [rule]" and that "it is anticipated that no existing utility unit will become subject to [NSR requirements] due to being modified or reconstructed."49
The EPA, under Administrator Carol Browner, however, claimed that it did not change the modification rule; it determined that, since the projects were nonroutine, increased generating capacity, and extended the life of a plant, the rule applied.50 It argued that Congress, in passing the Clean Air Act, had exempted utility plants built before 1977 because it intended them to be phased out and retired. In effect, the EPA claimed that Congress did not intend to allow utilities alternatively to extend the life of older plants.51
Some legal scholars assert that "routine maintenance, repair, and replacement" is not clearly defined in the Clean Air Act.52 While the EPA now claims that it applies a "case-specific determination" and takes into consideration "relevant factors,"53 as noted above it has long demonstrated a different understanding of "routine maintenance, repair and replacement."
Specifically, the EPA in 1975 characterized exempted maintenance activities as those that were "routine for a source category"54 --that is, typically or frequently performed by units of the same industry. The 1977 NSR modification rule did not clarify this definition further, and since then, the EPA has issued rules, guidance, and statements that show this understanding of activities that qualify as "routine maintenance."55
As the EPA argued in its 1988 administrative decision against WEPCo, changes were considered "routine" after "weighing the nature, extent, purpose, frequency, and cost of the work, as well as other relevant factors, to arrive at a commonsense finding."56 In other words, in the absence of a clear definition, the EPA applied a rational and reasonable understanding of "routine." As the court later concurred, WEPCo's activities were considered nonroutine because (1) "numerous major components" would be replaced; (2) the projects were "highly unusual, if not unprecedented"; and (3) the modifications would be costly (the court used the term "massive")--about $87.5 million or 15 percent of the cost of a new facility.57 In today's dollars, these modifications would cost at least $100 million, or $250 per kilowatt of capacity.58
Yet, consider the activities conducted at some of the utility plants that the EPA is now suing, which are neither "unprecedented" nor "massive": (1) The replaced components are, in the words of the EPA's enforcement office, "parts of electric generation units that do not increase maximum capacity or emission rates";59 (2) far from being "unusual," the activities include standard upkeep or replacement of aging components, such as pressure parts in boilers and turbine blades; and (3) their costs are a fraction of the cost of the projects in the WEPCo suit.60 Moreover, the EPA had assured industry after the WEPCo case was decided that this case was "not typical of the majority of utilities' life extension projects" and that concerns that EPA was broadening its application of the modification rule for routine maintenance were "unfounded."61
The EPA in 1992 also stated that, based on its understanding of congressional intent, the NSR modification rule was not meant to "make every activity at a source subject to new source requirements."62 Nor was it meant to "discourage physical or operational changes that increase efficiency or reliability or lower operating costs, or improve other operational characteristics."63 It reiterated the language in the Clean Air Act that "routine" would depend on "whether that type of equipment has been repaired or replaced by sources within the relevant industrial category,"64 as opposed to sources within a specific unit.65 In other words, an activity never before performed by a facility would be considered routine if performed consistently by facilities of the same industry. Finally, in 1997, the EPA wrote in the preamble to a proposed rule that
[f]ew if any changes typically made to existing steam generating units would be expected to bring such steam generating units under the proposed [modification rule].66
The EPA's expanded interpretation of "routine maintenance" contrasts starkly with these previous statements of policy. Moreover, vast numbers of commonplace repair and replacement projects at existing facilities will now be categorized as major modifications and subject to NSR requirements.67 Indeed, under this interpretation, it is hard to imagine a company not violating the modification rule by following normal business operation practices. Essentially, unless the Bush Administration takes steps to rein in this broad reinterpretation, any maintenance, repair, and replacement alteration will now be considered a physical or operational change in a facility. This approach flies in the face of the Clean Air Act's provision that a "physical change or change in the method of operation shall not include...[r]outine maintenance, repair, and replacement."68
The EPA's aggressive enforcement actions that began under the Clinton Administration are not limited to the suit against eight utility companies mentioned above. The agency alleges that between 80 percent and 90 percent of that industry is in violation of NSR requirements.69 On top of those already named in a lawsuit or complaint, 25 to 30 companies received "Clean Air Act Section 114" letters from the EPA in 2000, covering approximately 140 plants.70 These extensive audit and information requests typically are the EPA's first step before taking enforcement action for purported CAA violations.
Many other companies that made modifications to improve plant efficiency also face enforcement actions under the EPA's reinterpretation of the modification rule for activities such as replacing worn-out components with technologically improved or newly designed components. In June 1999, for example, Detroit Edison sought approval from the EPA to replace its eroded steam turbine blades with new state-of-the-art blades. The company estimated that the improvement would increase efficiency by 4.5 percent, enabling the unit to use less fuel while maintaining generated power.71 The improved materials in the blades also would reduce the need for blade repair and replacement, lower the chances of forced outages, and promote safer, more reliable power.72 The utility assumed that because it was performing a routine, comparatively inexpensive73 activity to replace old blades that would improve the efficiency of operation without increasing emissions, its activity would not trigger the modification rule.
On May 23, 2000, however, the EPA in Region V issued a determination that Detroit Edison's proposed activity was nonroutine because it would increase efficiency.74 The decision that component replacements to upgrade material or design also would be considered nonroutine75 reverberated throughout the industry. The new interpretation would force such upgrades to be subject to NSR requirements.76
Nor are the EPA's legal enforcement actions limited to the utility industry. The agency has begun enforcement initiatives and formal investigations against stationary sources throughout such industrial sectors as U.S. refineries, paper mills, steel mills, and chemical plants.
Requests on Refineries . During the gasoline shortages of
2000, the EPA saddled 31 petroleum refiners--one-third of the
industry--with Section 114 letters seeking extensive historical
information on plant operations as far back as 1980.77 The agency
alleged widespread NSR noncompliance within the refinery industry
in particular, even though these facilities' activities had
received approval from federal and state regulators.78
Refineries now fear the EPA's enforcement actions and possible shutdowns. The effects would be substantial, causing both an increase in the cost and difficulty of making significant improvements at refineries and a significant permitting backlog for state and federal officials.79 A company's ability to make even the most minor changes to improve refining capacity, energy efficiency, and environmental performance would be compromised.80 Furthermore, the enforcement policy places refineries between a regulatory rock and a market hard place: At the same time the EPA is preventing refineries from expanding capacity, the DOE has been asking the industry to do the opposite--increase production to relieve pressure on oil and gas prices.81
into Pulp and Paper Industries. The EPA claimed that 80
percent to 90 percent of the paper and pulp industry is not in
compliance with the NSR requirements.82 Similar to the experience
of the utilities and refineries, many of these projects were given
the green light by regulators years ago and now face the threat of
retroactive enforcement action.
Ten years ago, for example, one company replaced an old boiler at one of its mills after it received the go-ahead from state regulators who had solicited comments from the EPA.83 The EPA now finds the mill in violation because the replaced boiler increased its operating capacity and, therefore, its potential emissions. It makes no difference that federal law requires the calculation of projected actual emissions.84
The EPA's attempt to dramatically expand NSR runs counter to data showing significant improvements in air quality over the past two decades, both in emissions levels and ambient air quality. Various industries, in fact, have made substantial progress in reducing emissions while consumer demand rose sharply.
- Dramatic Emissions Reductions at Electric Utilities. The three primary pollutants from electric utilities, as a percentage of total industrial emissions, are sulfur dioxide (SO2), nitrogen oxides (NOx), and particulate matter (PM), largely through the burning of coal. However, since the 1980s, emissions levels for these three pollutants have dropped dramatically. While electricity generation in the United States has increased by 66 percent since 1980 and usage of coal by 74 percent,85 SO2 emissions from coal-burning plants have dropped by 26 percent, NOx by 19 percent, and particulate matter of 10 micrometers (PM10) by 76 percent.86 (See Charts 1-5.)
- Significant Reductions in Emissions by Refineries. The EPA's own data show that, between 1980 and 1996, the refining industry reduced emissions of all criteria pollutants--SO2, NOx, PM10, volatile organic compounds (VOCs), and carbon monoxide (CO)--by 74 percent even though refining capacity had fallen by only 16 percent.87 (See Chart 6.)
Improvement in Ambient Air Quality. The United States has
made substantial progress in reducing air pollutants and
experiencing economic growth since the Clean Air Act was enacted in
1970. The levels of the six key air pollutants have decreased by 29
percent, while America's gross domestic product has increased by
almost 160 percent, coal consumption by 77 percent, and energy
consumption by 45 percent.88
(See Chart 7.)
NSR'S DAMAGING EFFECTS ON ENERGY AND THE ENVIRONMENT
Delays and Disruption in Operations.
The 22,000 existing major industrial "sources" of emissions in the United States undertake great numbers of significant repair, replacement, and maintenance projects each year in order to continue normal operations.89 According to the industry, the EPA and states receive about 200 applications for NSR/PSD (Prevention of Significant Deterioration) permits under current rules. Despite this modest number of applications, facilities generally must wait one to three years for the EPA and/or states to process each application before construction can proceed. The reinterpreted NSR policy would increase the number of permit reviews each year by thousands in every industry. The current one-to-three-year time frame for completing review would expand into a permanent, multi-year backlog.90
While some preventive maintenance projects are planned in advance, many are conducted in response to unexpected problems and emergencies. Facilities simply cannot wait one to three years to address such situations. An expanded NSR policy would force facilities requiring the most basic forms of repair to shut down or suffer substantial disruptions in operations. These disruptions would cause lost productivity, lost revenues, and a larger "ripple effect" in industries that depend on these companies.91 Worse, continued operation in lieu of repair needs would threaten worker safety.
Ironically, a far-reaching NSR program would also have a devastating impact on the environment because it would apply to projects that improve efficiency, including those that utilize new technology--the very activities that are likely to reduce industrial and greenhouse gas emissions. By discouraging greater efficiency and improved methods, the EPA impedes the replacement of dirty, outdated technologies with cleaner methods of operation. And although the EPA does not refute the environmental benefits of tec
Workers in Affected Industries.
In addition to threatening the reliability of service, NSR puts the safety of workers in affected industries at risk.100 Boilers that are not routinely serviced can rupture or explode, causing serious or fatal injury to workers nearby.101 Since the era of early steam generators, organizations like the American Society of Mechanical Engineers have established industry codes to reduce the danger of working with boilers through routine maintenance activities to ensure safe operation. Many state agencies and insurance providers require maintenance and repair practices at utility plants to guarantee safe working conditions.102 By changing its NSR application rule to make such activities subject to NSR permitting and technology requirements, the EPA may have made it less likely that those practices are conducted on a regular basis, thus compromising worker safety and jobs.
As with electric utilities, petroleum refineries face the serious challenge of meeting consumer demand for oil and gas if NSR requirements apply to basic operational changes. U.S. oil production levels are already at risk, largely because of the nation's dependence on oil imports,103 but also as a response to regulatory disincentives, such as the 1977 NSR restrictions that discouraged the construction of new plants. No new refineries have been built since the 1970s,104 and many aging refineries have been shut down. As Chart 8 illustrates, the number of operating refineries has plummeted, from 319 in 1980 to an estimated 158 in 2000.105
This decline places an enormous burden on existing refineries to meet the growing consumer demand for petroleum, which has increased 11.1 percent since 1995--twice the increase in the consumption of natural gas (5.5 percent).106 Demand is expected to continue to rise at a steady rate, averaging 1.9 percent a year between 2000 and 2005.107 In order to meet rising demand for oil and gas, the remaining refineries must increase their capacity. Yet doing so will trigger NSR modification rule requirements under the EPA's new interpretation. The refineries' ability to respond to rising demand is being crippled by regulation.
The Bush Administration's soon-to-be-released NSR restructuring plan is expected to include some of the following changes, including some of the provisions recommended by the EPA back in 1995 and 1996:108
- Plant-wide Applicability Limits (PALs). Under these limits, plants would be required to meet a facility-wide emissions cap before triggering NSR, rather than meeting individual controls on each emissions source within the plant. This revision was part of the 1996 reform recommendations made by the EPA and therefore would not require an additional comment period.
- Clean Unit Exemption. NSR would not apply to plants that installed new emission controls over the past 15 years. This reform also was proposed by the Clinton Administration EPA in both 1995 and 1996.
- Clarified Definitions of "Routine Maintenance." "Major modification" and "routine maintenance" would be redefined, possibly in terms of the cost of the activity to the plant.
- Clarified Definitions of Future Emissions. Future emissions would be measured using the "actual-to-actual" test rather than "potential-to-emit," with the measurement of "actual" clearly defined.
The Administration and Congress clearly must reform the perverse incentives structure of the New Source Review program, which discourages efficiency, safety, and environmental improvements via facility upgrades. One possible way to do this and still ensure that plants do not increase air pollution emissions as they expand or rebuild would be to require them to meet an overall emissions cap after a fixed amount of time, similar to the PALs mentioned above. Over time, facilities would be allowed to trade credits on emissions, much as the current federal acid rain trading program allows and encourages the trading of sulfur dioxide emissions. It would also give utilities the flexibility to decide how best to meet the targets.
The New Source Review program is inefficient, ineffective, and counterproductive. It hampers innovation and competition, particularly in the important utility and refinery sectors, and thus directly threatens America's energy supply. The Clinton Administration EPA made the NSR process more confusing and damaging to the economy and environment by arbitrarily changing its long-standing interpretation of the plant modification rule and "routine maintenance and repairs."
The Administration and Congress should make the necessary reforms in the NSR program that would encourage industry to invest in improvements that increase efficiency and safety at their facilities while improving air quality--long the goal of the Clean Air Act.
Dana Joel Gattuso is Washington liaison with the Bozeman, Montana-based Political Economy Research Center (PERC) and an adjunct scholar with the Washington, D.C.-based Competitive Enterprise Institute.
3. Lignite Energy Council v. EPA, Nos. 98-1525, et al. (D.C. Cir. 1999), in the Tennessee Valley Authority's Response to Administrative Order, Docket No. CAA-2000-04-0008 (cited hereafter as TVA's Response to Administrative Order), December 20, 1999, p. 9.
6. Traci Watson, "Clean-Air Rules Overhaul Faces Fight," USA Today, January 9, 2002, and John J. Fialka, "Nine East Coast States Threaten to Sue if Bush Relaxes Utility Pollution Controls," The Wall Street Journal, January 9, 2002.
7. Congressional Press Releases, "EPA's New Source Review Regulations," Senator James M. Inhofe, February 28, 2000. See also Testimony of Bob Slaughter, General Counsel and Director, Public Policy, National Petrochemical and Refiners Association, before the Senate Environment and Public Works Subcommittee on Clean Air, Wetlands, Private Property and Nuclear Safety, February 28, 2000.
15. Federal News Service, Hearing of the House Subcommittee on Health and the Environment on Clean Air Implementation: Special Rules for Utilities, Remarks of Linda G. Stuntz, Department of Energy, July 22, 1991.
19. See Testimony of W. Henson Moore, President and CEO, American Forest and Paper Association, before the Senate Environment and Public Works Subcommittee on Clean Air, Wetlands, Private Property and Nuclear Safety, February 28, 2000.
22. Testimony of John Seitz, Director, Office of Air Quality Planning and Standards, Office of Air and Radiation, EPA, before the Senate Environment and Public Works Subcommittee on Clean Air, Wetlands, Private Property and Nuclear Safety, February 28, 2000.
29. EPA defines "clean" facilities as "an emissions unit [that] must have a federally enforceable emission limit that is comparable to the Best Available Control Technology (BACT)/Lowest Achievable Emissions Rate (LAER) requirements for that type of unit." 61 Fed. Reg. 38,250 (1996).
33. 57 Fed. Reg. 32,314 (1992); emphasis added. The Puerto Rican Cement decision found that plant changes went beyond "normal operations" and warranted use of future potential emissions as the test for an emissions increase over past actual emissions in contrast to the WEPCo holding, which concluded that the "actual-to-potential" test could not be applied, under EPA's regulations, to units simply undergoing "like-kind replacements."
35. According to language in the WEPCo Rule, nonroutine modifications that "increase capacity utilization as a consequence of 'independent factors' such as demand growth" are excluded in calculating future emissions. Ibid.
40. "Once an agency gives its regulation an interpretation, it can only change that interpretation as it would formally modify the regulation itself: through the process of notice and comment rulemaking." Paralyzed Veterans of America v. D.C. Arena L.P., 117 F.3d 579, 586 (D.C. Cir. 1997).
45. Testimony of Joe Bynum, Executive Vice President, Tennessee Valley Authority, and William F. Tyndall, Vice President, Cinergy Services, Inc., before the U.S. Senate Subcommittee on Clean Air, Wetlands, Private Property and Nuclear Safety, February 28, 2000.
47. Petition of the Industry Petitioners for Further Notice and Comment, Rulemaking on EPA's Proposed Rule on New Source Review, Environmental Protection Agency, Docket No. A-90-37 (cited hereafter as Petition of Industry Petitioners), November 2000, p. 9.
50. Carol M. Browner, EPA, "Remarks Prepared for Delivery: Clean Air Enforcement Press Conference," November 3, 1999, at http://es.epa.gov/oeca/ore/aed/coal/browner.html (December 13, 2000).
64. 57 Fed. Reg. 32,326 (1992). See also 40 C.F.R. §§ 60.14(e)(1) where maintenance, repair, and replacement activities are exempt from the modification rule if the activity is "routine for a source category."
65. This is particularly relevant because EPA's recent enforcement actions, including those against TVA, are against activities that are performed frequently by the utility industry, but not necessarily by the specific unit.
69. TVA, "EPA Enforcement Initiative," Environmental News and Events, at www.tva.gov/environment/ongoing.htm (December 13, 2000).
74. According to the EPA Regional Administrator, "The purpose of the [Detroit Edison] project, to significantly enhance the present efficiency of the high pressure section of the steam turbine, signifies that the project is not routine." See Letter from Lyons to Nickel.
85. U.S. Department of Energy, Energy Information Administration, Monthly Energy Review, at www.eia.doe.gov/emeu/mer/contents.html.
86. EPA, National Air Pollutant Emission Trends, 1900-1998, EPA 454/R-00-002, March 2000, Table 3-4, 3-5, pp. 3-10, 3-12, 3-13, and National Air Quality and Emissions Trends Report, 1998, EPA 454/R-00-003, March 2000, Table A-4, A-6, A-8, pp. 122, 124, 125, at www.epa.gov/ttn/chief/trends/index.html (December 4, 2001).
88. Testimony of Jeff Holmstead, Assistant Administrator, Environmental Protection Agency, before the Senate Committee on Environment and Public Works, November 1, 2001, p. 3. See also U.S. Environmental Protection Agency, National Air Quality 2000: Status and Trends, September 2001, at www.epa.gov/oar/aqtrnd00/.
100. See Statement of John J. Barry, International President of International Brotherhood of Electrical Workers, before the Senate Environment and Public Works Subcommittee on Clean Air, Wetlands, Private Property and Nuclear Safety, February 28, 2000.
101. See OSHA, at www.osha.gov/cgi-bin/inv/inv1 (April 3, 2000), in Second Supplemental Comments of the Utility Air Regulatory Group, Docket No. A-90-37, May 4, 2000, p. 28.
102. Testimony of William F. Tyndall, Vice President for Cinergy Services, Inc., before the Senate Environment and Public Works Subcommittee on Clean Air, Wetlands, Private Property and Nuclear Safety, February 28, 2000.
103. For a description of this nation's dependence on foreign oil, see Charli E. Coon, J.D., "National Security Demands More Diverse Energy Supplies," Heritage Foundation Executive Memorandum No. 777, September 25, 2001.
105. U.S. Department of Energy, Energy Information Administration, Annual Energy Review 2000, Table 5.9, at http://www.eia.doe.gov/emeu/aer/txt/tab0509.htm (November 28, 2001). The 2000 figure is a projection.
106. Energy Information Administration, at http://eia.doe.gov/emeu/mer/txt/mer1-4.